The Anritsu MS27100A Spectrum Monitor OEM Board is a compact, high-performance spectrum monitoring solution designed for direct integration into OEM systems. Operating from 9 kHz to 6 GHz with sweep speeds up to 24 GHz/s, this board delivers real-time spectrum analysis for interference detection, occupancy monitoring, and regulatory compliance verification. The unit combines exceptional sensitivity with field-deployment durability and remote management capabilities.
Technical Specifications
Frequency Coverage & Performance
• Frequency range: 9 kHz to 6 GHz
• Sweep speed: Up to 24 GHz/s
• Instantaneous FFT bandwidth: 20 MHz
• IF bandwidth: 20 MHz
• IF output: 140 MHz
• Dynamic range: >106 dB (normalized to 1 Hz RBW)
• DANL: <-150 dBm (1 Hz bandwidth, preamp enabled)
• SSB phase noise @ 1 GHz: -98 dBc/Hz @ 10 kHz offset
Power & Physical
• Power input: 11 VDC to 24 VDC
• Power consumption: <11 W
• Form factor: Compact OEM board
Connectivity
• Gigabit Ethernet for network access
• USB ports for accessory integration
• Single RF input port (expandable to six with optional multiplexer, P/N 2000-1894-R)
• External reference input/output: MCX(f) connectors
• GPS antenna input: MCX(f) connector
– Key Features
• Integrated web server accessible via Chrome and Firefox for remote control and live measurements
• Integrated GPS receiver for location tagging and time synchronization
• IQ block mode and streaming with GPS time-stamping
• 4 GB internal memory for data storage
• Watchdog timer for long-term stability in remote deployments
• Remote firmware update capability
• SCPI command programmability for system integration
– Optional Software & Expansion
• Vision Software (MX280001A): Interferer geolocation with three or more probes
• IQ Signal Master (MX280005A): Vector signal analysis for post-processing IQ data
• RF input multiplexer: Extends RF ports from one to six channels
– Typical Applications
Interference detection, spectrum occupancy analysis, regulatory compliance monitoring, and field-deployed spectrum surveillance requiring autonomous operation and remote management.
